DESCRIPTION SECTION - Parma Companythe total dynamic head (TDH). Next, study the various performance curves found in "Performance Curves" section. Select the PARMA pump which requires

PUMP SALES CATALOG

P.O. Box 190 •• 101 Main 51. •• Parma, Idaho 83660 " (2()S) 722S 116

DESCRIPTION SECTION

Introduction, Safety, Pump Selection 1Performance Curves 2

Dimension Data 3

Parts Data 4

Pump/Ordering Instructions 5Accessories ' 6

V-Belts, Sheaves, BUShings 7Electrical Components 8Wholegoods Prices 9

Repair Parts Prices 10

General (Terms, Discounts) Delivery & Warranty Registration 11

INTRODUCTION

The PARMA WATER LIFTER has been manufactured since 1907. This means youcan have confidence in our products based on the many years of reliable performance fromPARMA PUMPS. Our engineers are continually seeking improvements and new ideas tomake today's PARMA PUMP the most modern and practical pump in the industry. Theirsimplici ty of design and quality construction make them virtually trouble-free pumps thatare adaptable to almost any job in agriculture or industry where liquids and semi-liquidsneed to be moved.

The PARMA PUMP is a submerged type of centrifugal pump which stands in the liquidit is pumping. This fact makes it possible to completely eliminate the suction pipe, footvalve, strainer and packing gland found in most pumps of this type. Since the PARMAPUMP does not require a vacuum inside the bowl, all of these troublesome parts have beenleft out of its design. It also produces more reliable operation, as weeds, trash, sewagewastes, manufacturing wastes, etc., can pass right through the pump without causingdamage or obstructing the flow.

CONDITION OF SALES1. PRICES -NOTICE

The list prices of all items in this price book cover PARMA COMPANY's standarddesign and the various parts are constructed of standard materials. All prices areFOB Parma, Idaho and subject to change without notice. Prices charged shall beprices in effect at the time of shipment regardless of date of order.

2. TAXESThese prices do not include sales, use, excise or similar taxes. Consequently, inaddition to the price specified herein, the amount of any present or future sales, useexcise or other similar tax applicable to the sale of the equipment hereunder shallbe paid by the Purchaser, or in lieu thereof, the Purchaser shall provide PARMACOMPANY with a tax exemption certificate acceptable to the taxing authorities.

3. PACKINGPrices include packing for rail or commercial truck shipment only. Any specialpacking required for export or other means of transportation must be referred to thefactory for special pricing.

4. WEIGHTSWeights given are approximate shipping weights.

5. SHIPMENTSAll promises of shipment are estimates contingent upon strikes, fires or other ele-ments beyond our control. The time of shipment shall be computed from the datewhen PARMA COMPANY has received, from the Purchaser, a formal order with alland complete details pertaining to the construction of the pump and/or accessories.

6. DESIGNAll designs covered by this catalog are subject to minor modifications by PARMACOMPANY at the time of manufacture to meet the latest price and most efficientoperation. If the pumps to be installed are to be used with an existing installation,PARMA COMPANY shall furnish pumps to be interchangeable as near as may befeasible. However, PARMA COMPANY reserves the right to substitute the latestmaterials and designs.

7. RESPONSIBILITY-------PARMA COMPANY will not be responsible for defects in parts or equipment notmanufactured by it, beyond the guarantee of the outside manufacturer or such parts.

~--1-1

1-2

~~~~~~~~~~~A DANGER A_~ 1. KEEP ALL SHIELDS, HOODS AND COVERS IN PLACE..••••

~ 2. DISCONNECT POWER SOURCE TO ADJUST OR SERVICE. IlIIIIIIIIII

~ 3. MAKE CERTAIN EVERYONE IS CLEAR OF EQUIPMENT BEFORE ~

~ APPLYING POWER. IIllIIIIIII

~ 4. DISCONNECT POWER BEFORE RESETTING MOTOR OVERLOAD. ~

~ 5. KEEP HANDS, FEET,AND CLOTHING AWAY FROM POWER DRIVEN IlIIIIIIIIII

~ PARTS IN MOTION. ~

~ 6. KEEP ALL PIT OPENINGS COVERED WHEN NOT IN USE. ~~ 7. WARNING! BEWARE OF MANURE GAS IN PIT. DO NOT ENTER.

GAS CAN BE FATAL. _

••..~~~~ ..•.. ~ ..•.. ~~

1. Do not attempt to agitate liquid manure unless the ventilation system is infull operation andlor windows and doors are all open. Gases are more apt tobe disseminated during the agitation than during the pumping period.

2. Do not enter a liquid manure tank of any type unless you have a specialbreathing apparatus. In addition, a rope should be tied around the waist andheld by a person outside the danger area so that if the person is overcomeby the poisonous gases or from the lack of oxygen, he may be pulled tosafety without his rescuers also being overcome.

3. If an operator does feel faint, get him out into the fresh air and give himartificial respiration if required.

4. Use portable fans to expel gases and replace them with fresh air.

5. Reduce possible danger to livestock by using a two-fan system ofventilation. The small fan should operate continuously while the large one iscontrolled by a thermostat.

CONCLUSION:

1-3

SELECTING YOUR PARMA PUMP

There are two basic types of PARMA PUMPS suited for a wide variety ofapplications. All pumps are available with electric or PTO drive.

Parma Multi-Service (M-S) Pump

MODELS: 11, 12, 13, 14-, 15, 16 & 18- HEADS: to 50 feetCAPACITY: to 4-,500 GPM-Low lift irrigation-Manure transfer and agitation, particularly hog manure-General pumping of materials with moderate sized solids

Parma Chopper Pumps

MODELS: 33, 34-, & 35HEADS: to 50 feetCAPACITY: to 1,200 GPM-Pumping of stringy, fibrous materials-Particularly suited for dairy, beef and poultry manure-Pumping of processing plant wastes

The following pages provide the method used to select and order thePARMA PUMP best suited for the requirements.

For each type of pump,. a typical example is developed and solved to better showthe selection process. A proper order entry is also included with each example.

Part I

SELECTION OF PUMP FOR TYPICAL LOW LIFT IRRIGATION SYSTEMS

Pages 1-5 and 1-6.

Part IISELECTION OF PUMP FOR MANURE HANDLING

Pages 1-6 and 1-7.

1-4

Part ISelection of pumps for typical lift irrigation systems

The selection of a pump for low lift flood irrigation or general liquid transfer isbest accomplished by first determining the volume of liquid to be moved in gallonsper minute.

The next step is to determine the amount of vertical lift that the liquid will bemoved. If the liquid will be pumped through pipe for any distance, the friction lossthrough the pipe and pipe fittings should be calculated and added to the lift to givethe total dynamic head (TDH).

Next, study the various performance curves found in "Performance Curves" section.Select the PARMA pump which requires the lowest horsepower. Record the pump modelnumber, RPM, and horsepower required. A reference chart on page 2-3 may also beused to select the required pump.

Next, determine if electric or PTO drive is needed and select the componentsrequired.

PUMP NEEDED TO PROVIDE 700 GPM OF WATER FROM A CANAL TO A FIELD 500FEET AWAY. The installation may look like:

IIleyel of liquid varies, verticaldistance should be 10 lowest leyel.

E!bow

500'

Elbow

Find:

A. Size of Piping RecommendedB. TDH at PumpC. Model, Speed, and HP of PARMA Pump Best SuitedD. Proper Order Entry

Solution:

A. Determine size of pipe from tables (steel pCige 2-1, plastic page 2-2) noting thatliquid velocity should not be over 5 ft./sec. The correct size for steel pipe for 700 GPMwould be 8" diameter.

B. TDH (total dynamic head) at pump = vertical lift + friction loss.VERTICAL LIFT from example = 12 feet.

FRICTION LOSS for steel pipe are shown on page 2-1. Friction loss for plastic pipe areshown on page 2-2. Friction loss for fittings are approximately the same for steel orplastic and such losses are shown on page 2-1. Assume for this example that steel pipeis used. THEREFORE:

1. Determine friction loss in fittings (from table on page 2-1). Three 8" elbows at20.2 equivalent feet of pipe each = 60.6 equivalent feet. This amount must be added.to the 500 ft. of pipe making a total of 56'0.6 feet.

1. Total friction loss in the system (from table on page 2-1) =560.6 x 1.54 dividedby 100 = 8.6 feet TDH (total dynamic head) = 12 £t + 8.6 ft. :: 20.6 ft.

C. Find pump model, speed, HP using the performance curves in section 2 for 21 ft.and 700 GPM.

MODEL SPEEDHP-- --13 1180 rpm1114

800 rpm9t

15

610 rpm7t

In checking the Models 13, 14 and 15, it is readily seen that the Model 15 pump isbest suited in that it requires the least horsepower. A 7t HP motor would be used.(Lower RPM as well, will lengthen bearing life of the pump.)

For the electric drive a sheave/belt selection would then be necessary to produce610 RPM pump speed. Find instructions for find the following required items onpage 7-2.

1- 2B6.4 QD sheave and SDS 1 3/8" bushing (for motor)1- 2B 18.4 QD sheave and SK 21/4"-- bushing (for pump)2- B85 V-belts

From pages 8-1 through 8.,.3 the following items would be required for electricalcomponents assuming three phase power will be used.

1 - 7t HP 3 Phase electric motor1 - Size 1, 240 volt 3 phase magnetic starter

D. Assuming a setting length of 8' is required, the proper order entry would be:(refer to "Pump Ordering")

QTY

11111111211

PART If

815001804007-8805008-8801006892064980284892184980323895085890375890123

DESCRIPTION

Model 15 M-S Pump Uni t81 Pump Setting Assembly81 Discharge AssemblyMounting Frame Unit2B6.4 QD SheaveSDS 1 3/8 Bushing2B18.4 QD SheaveSK 2 1/4 BushingB-85 V-Belts7t HP 3 Phase MotorSize 1, 240 Volt 3 Phase Starter

1-6

Part II Selection of a pumpfor manure

NOTICE: Due to various types and consistencies of manure slurry, the horsepower andhead capabilities referred to in this catalog are only approximate and are to be usedas such.

In selecting pumps for the handling of liquid manure, special methods are needed toproperly size the pump.

Gallons per minute is not directly the most important requirement of the pump.Typical manure pump installations utilize a pump placed in a pit (commonly called"reception pit") where the manure has been contained. The manure arrives in the pitby use of barn cleaners, scraping with a loader, or sometimes by gravity drain flushsystems. Still other pits are directly filled by having a slotted floor with the pitunderneath. In any case, the contents of the pit will need agitation to provide apumpable and storable slurry. Therefore, in selecting the pump, adequate HP must

Ibe provided to produce agitation. Generally, the following recommendations haveproven to be useful: pits to 15,000 gallons - 15 HP and pits over 15,000 gallons - 25 HP.However, this general rule does not always apply. For instance, a reception pit of avery long length, narrow width, may fall under 15,000 gallons, but due to the distancethe pump is from the far corners of the pit, a 25 HP pump would be a better choice.

Another problem to consider is the amount of electric horsepower allowed in many areas.In some cases the use of smaller than recommended pumps may be satisfactory withlonger agitation periods. Another alternative is to use the PTO drive models to achievethe horsepower required.

Horsepower required during load out and agitation modes must also be considered. Whenthe pump is re-circulating manure through the agitator, the effective head (or backpressure) against the pump is low and the horsepower demand is generally greater thanduring "loadout". Since head conditions during agitation are difficult to measure,approximate horsepower requirements during agitation are given for different pumpspeeds on page 2-15. For example the Model 34 Chopper Pump operating at 975 RPMrequires 15 HP when agitating.

EXAMPLE:Consider a dairy operation with 8' deep x 20' x 20' reception pit. Select a proper pumpto agitate and load out manure to a nearby lagoon.

Find:

A.B.

C.

Reception Pit

Gallonage of pitPump SelectionOrder Entry

If level of liquid varies, vertical

distance should be to highest level.

({'pve 1ypically UsedBuried Below

Fros1 Une

IfJevel of liquid varies, verticaldistance should be to lowest level.

and agitation horsepower.

Lagoon(BoHom loading)2 to 3 feet deep

Solution:

A. Gallonage of pit, 8 x 20 x 20 x 7.4 gallons/it3 = 23,680 gallons. Agitation HPrequired = approximately 25. (see first paragraph this page)

B. Pump selection from the previously stated guidelines indicates a 25 HP chopper pumpwould be most desirable. The Model 35 Chopper Pump, page 5-2, would be selected.From page 2-13, the maximum head to 840 RPM is approximately 39' which is acceptablefor this example.

NOTE: If the above example were for swine manure, without any bedding, the Model1115 M-S Pump with an 8' setting and agitator would be a good choice. (Refer to"Pump Ordering - Steps 1, 2, 3, 4, 5, and 6.)

1-7

Some Tips on manure pump placement in pit:

--Pos ition the pump as close to the center of the pit as possible, particularly in largepi ts.

--Use an 18 to 24 inch sump in the pit floor beneath the pump to allow complete cleanout and increase the effective storage of the pit. (optional)

--On very long, narrow pits, place the pump in the center. Use remote agitationlines running to each end to provide circulation.

--Manure that is scraped or delivered to the pit by a barn cleaner should be denosited5 to 10 feet from the pump.

1 1

Manuc. Entmn'.I~~O,

Recommended Pump Placement

Suggested installations in very long pits.NOTE: Remote lines not provided .•

1-8

Reception Pit

TYPICAL MANURE PUMP INSTAllATIONSWITH LAGOON AND ABOVE GROUND STORAGES

Check Valve

!{'PVC lypically usedBuried Below

Fros1 Line

Manure Pump - lagoon

Logoon

{Bottom Loading}210 3 feet deep

Valve \

-

FRICTION LOSS OF WATER IN FEET PER 100 FEET LENGTH OF PIPE.BASED_ON WILLIAMS & HAZEN FORMULA USING CONSTANT 100 SIZES OFSTANDARD STEEL SCHEDULE 40 PIPE IN INCHES

4''Pipe

S"Pipe6·PipeS"Pipe10"Pipe12"Pipe14"Pipe16"Pipe

u.s.

Vel.LossVel.LossVel.LossVel.LossVel.LossVel.LossVel.LossVel.Loss

Gals.ft. perinft. perinft. perinft. perin~. perinft. perinft. perinft. perin

permin.

Sec.FeetSec .FeetSec.FeetSec.FeetSec.FeetSec.FeetSec.FeetSec.Feet

20

.51.0625

.54.0930

.77.13.49.0435

.89.17.57.06

40

1.02.22.65.0845

1.15.28.73.0950

1.28.34.82.11.57.0455

1.41.41.90.14.62.05 FRICTION LOSS IN PIPE FITTINGS60

1.53.47.98.16.68.0665 •

1.66.531.06.19.74.076 IN EQUIVALENT FEET OF PIPE70

1.79.631.14.21.79.0875

1.91.731.22.24.85.10PIPECHECKGATE80

2.04.811.31.27.91.1185

2.17.911.39.31.96.12 SIZEELBOWTEEVALVEVALVE90

2.301.001.47.341.02.1495

2.421.121.55.381.08.15 410.220.3262.1100

2.551.221.63.411.13.17110

2.811.461.79.491.25.21 512.725.4332.9120

3.061.171.96.581.36.24130

3.311.972.12.671.47.27 615.331393.2140

3.572.282.29.761.59.32.90.08150

3.822.622.45.881.70.36.96.09 820.240524.3160

4.082.912.61.981.82.401.02.10170

4.333.262.771.081.92.451.08.11 1025.351655.3180

4.603.612.941.222.04.501.15.13190

4.844.013.101.352.16.551.21.14 123061776.4200

5.114.43.271.182.27.621.28.15220

5.625.23.591.772.50.731.40.18.90.06 143571907.5240

6.136.23.922.082.72.871.53.22.98.07260

6.647.24.252.412.951.001.66.251.06.08 1640811048.5280

7.158.24.582.773.131.141.79.281.15.09300

7.669.34.903.143.401.321.91.321.22.11 NOTE: Velocities over 5 feet per second320

8.1710.55.253.543.641.472.05.371.31.12not recommended.340

8.6811.75.543.973.841.622.18.411.39.14

360

9.1913.15.874.414.081.832.30.451.47.15380

9.6914.06.194.864.312.002.43.501.55.171.03.069400

10.2116.06.545.44.552.202.60.541.63.191.14.075450

11.4919.87.356.75.112.712.92.681.84.231.28.95500

12.7724.08.178.15.682.903.19.822.04.281.42.1131.04.06550

14.0428.78.999.66.253.953.52.972.24.331.56.1351.15.07

600

15.3233.79.8011.36.814.653.841.142.45.391.70.1591.25.08650

16.5939.010.6213.27.385.404.161.342.65.451.84.191.37.09700

17.8744.911.4415.17.956.21·4.461.542.86.521.99.221.46.10

75019.1551.012.2617.28.507.124.801.743.06.592.13.241.58.11

800

20.4257.013.0719.49.087.965.101.903.26.662.27.271.67.13

85021.7064.013.8921.79.658.955.482.203.47.752.41.311.79.141.36.08

900

22.9871.014.7124.010.2010.115.752.463.67.832.56.341.88.161.44.084

950

15.5226.710.7711.206.062.873.83.912.70.382.00.181.52.0951000

16.3429.211.3412.046.382.974.081.032.84.412.10.191.60.10

1100

17.9734.912.4814.557.033.524.491.193.13.492.31.231.76.12

1200

19.6140.913.6117.107.664.174.901.403.41.582.52.271.92.14

1300

14.7218.48.304.855.311.623.69.672.71.322.08.17

1400

15.9022.608.955.505.711.873.98.782.92.362.24.191500

17.0225.609.586.246.122.134.26.893.15.412.39.21

1600

18.1026.910.217.006.532.394.55.983.34.472.56.24

1800

11.508.787.352.955.111.213.75.582.87.302000

12.7810.718.163.595.681.494.17.713.19.372200

14.0512.788.984.246.251.814.59.843.51.44

2400

15.3214.29.805.046.812.085.00.993.83.52

2600

10.616.817.382.435.471.174.15.602800

11.416.707.952.755.841.324.47.683000

12.247.628.523.156.011.494.79.783200

13.057.89.103.516.681.675.12.883500

14.3010.089.954.167.301.975.591.04, 110.806.071.203800 15.5113.4 4.907.982.364200 11.925.888.762.776.701.44

450012.786.909.453.227.181.64

5000

14.208.4010.503.928.012.03

5500

11.554.658.782.39

6000

12.605.509.582.79

i6500 13.656.4510.393.32

7000

14.607.0811.183.708000

12.784.74~A

9000 14.375.9010000

15.967.19 ..12GiJO I

I\) CARRYING CAPACITY AND FRICTION LOSS FOR 200 PSI AND SDR 21 THERMOPLASTIC PIPE•

I\) (Independent variables: Gallons per minute and nominal pipe size a.D.Dependent variables: Velocity. friction head and pressure drop per 100 feel of pipe. interior smooth.)

~~ "T1"""l1 "T1" ""m "T1m" m"T1m"T1m"T1en"tJ;lm "T1en"tJ;lm "T1Ul"C;lm "T1en"C;l en"tJ;len"tJ;len"tJ;len"tJ;l mm :c m:c m:c m:c m:c m:c .:!!"tl m :c °0--1< °0--1< °0--1< °0--1< °0--1< °0--1< °0--1< 0°0--1< 0000°CeO °CeOme> CeO°CeO CeO"tJm CeO"tJm CeO"tJm CeO"tJm "tJm"tlm "tlm"tlm"T1::! ,,::!"T1::!"T1::!"T1::!]>z::! .,,::!]>z::!Jl» .,,::!]>z::! "T1::!]>z::!mr ]>z::!mr ]>z::!mr ]>z::!mr ]>z::!mr mrmr mr mo:CoO:COmo:CoO~-" S;r::COmo:CoO:DOmo::CoO:COmo:CoO:COmo:DoO:COmo:CoO:COmo:CoO:COz6 mz ~ZmUlzen!}mzmenzen!}mz~UlZen!}mzmenztn!}~zmenZtn°mzmenzcnOmzmenzen!} mUlZenO -I:z:-I:z:-I:z: m~-I:z:z"tJrm~-l:z:z"tJrcz m-l-I:z:z"tJrm~:z:z"tJrm-l z"tJrm-l z"tJrm-l z"Crm-l:z:z"tJr0-< omO0-< omO-I en 0-:I::cen0]>:z::Den0]>:I::cenm aenz aenz aenz aUlz aenz aenz aenz 0enza aaaaaaa.'

~/2 in.

V. in.1 in.1% in.lVl in.2 in.2Vl in.3 in." 1.000440.500.280.121 0.84

2

1.672.000870.990.560.240.600.300.130.370.0950.040.290.050.0220.180.0230.0105

4.1711.254.872473.141.361.500930.410.930.300.130.710.150.0650.450.060.0250.310.0310.0140.200.0150.0067

5.8420.668.953.465.762.492.091.700.741.310540.230.990.280.120.630.0810.0350.430.0440.0200.290.0210.009:

108.3439.3417.034.9410.964'.752.993.241.401.861020.441.410.520.230.900.170.0740.610.070.030.410.030.01315

4 in.7.4023.2310.064.496.862.972.792.160.942.121.110.481350.370.160.920.140.0610.620.060.026 ."20

0.500.030.0139.8,395717.135.9811.685.063.723.681.592.831.890.821.800.630.271.230.250.110.830.090.0390

I ::a25 0.620.040.017 ~ 7.4817.667.654.655.562.413.542.851.232.250.950.411.530.370.161.030.140.061 ."I

30 0.750.060.0260490.020.0098.9724.7610.725.587.803.384.244.001732.711.340.581.840.520.231.240.200.087 r-35 0.870.080.0350.570.030.01310.4732.9414.266.5110.374.494.955.322.303.161.780.772.150.700.301.450.270.12 >40 1.000.100.0430.650.040.017 7.4413.285.755666.812.953.612.270.982.450.890.391.650.340.15 CI)45 1.120.120.0520.740.040.017 6 in.8.3716.527.156.368.473.674062.831.232.761.110.481.860 ..420.18 -f-50 1250.150.0650.820.050.0220.580.020.0099.3020.088.69.7.0710294.464513.441.493.071350.582.060.510.22 (")60 1.500.210.0910980.080.0350.690.030.01311.1728.1412.188.4914426.245.414.822.093.681.890.822.480.720.31 -::a70 1.750.280.121 140.100.0430.810.040.017 9.9019.198.316.316 412.784.292.511.092.890.960.42 ::a75 1.870.320.141.230.110.0480.860.050.022 10.6121.809446.767.293164.602.851.233.101.090.47 -I. e')80 2.000.360.161.310.130.0560.920.050.022 8 in. 7.218.213.554.913221.393.301.230.53 >90 2.250.450.191.470.160.0691.040.070.030 8.1210.214.425.524.001.733.721.520.66 -f100 2.500.540.231.630.190.0821.150.080.0350.670.030.012 9.0212.415.376.144.862.104.131.850.80 -0125 3.130.820.362.040.300.131.440.1250.0540.850.0370.015 10 in. 7.677.363.195.172.811.22 Z150 3.751.150.502.450.410.181.730.180.0781.020.050.0'22 9.2010.304.466.193.931.70 ."175 4.371.540.672.860.550.242.020.240.1031.190.0650.028 0.7413.725.947.235.232.26 -200 4.991.960.853.270.700.302.310.300.131.360.080.0350.860.0270.012 ~ 8.266.692.90 ."rr1250 6.242.971.294.091060.462.890.460.201.700.1250.0541.100.0450.020 0.3310.134.39300 7.494 161.804.901.480.643.460.630.272.040.180.0781.310.060.026350 8.745.542.405.721.980.864.040.850.372.380.240.1031.540.080.0351.080.0360.016400 9.997.093.076.542.531.104.611.080.472.720.300.131750.100.0431.240.040.017To find friction head loss in PVC or ASS pipe having450 11.248.823.827.353.141.365.191.340.583.060.370.161.970.130.0561.400.060.026a standard dimension rolio other than 21, the values500 12.4810.724.648.173.821.655.761.630.713.400.450.192.190.150.0651.550.070.030 10 the table should be multiplied bv the appropriate12.26 8.093.508.64 .3.461.505.100.960.42 foctor shown below.750 3.290.330.142.330.140.0611000 11.535.892.556.801.630.644.380560.243.11 -0.24 0.10 Conversiont250 8502.471.075.480.850.373.890.370.16 SDR No. Factor1500 10.193.451.496.571.180.514.660510.22, 1351342000 13.595.872.548.762020.876.220.870.38 17 I 132~)00 10.963061.337.771.3:.)057 21 100--'--~---'-~---- --------.~ 26~Il3000 13.154U1.859.331850.80 325 [\.1:loOO 0.882 47107 41 7B~,~OOO 2.443.17137 51 7~)~~)OO 3993 a,170

SELECTION GUIDE(see actual pump curves for. final selection. page 2~4 -2-13)

3000 4000200015001000

Multi Service pum~s

.500250100o

50

10

40

QC3:!.IJ:c(.)

30- :Ec:::z>-c...",,\l~

20

••••• =I-

CAPACITY-GPM

Chopper Pumps

:!lo

34

1000 1500

,

1410RPM.-J ILL ,-- --

f-- --J..ooo'

1320RPM-- - .

I

-- - f-- --I -I I

5 _'.1 L __-

--

"1

- -

-- -

--

•..1220RPM

- -

- -- - -- -..•....-+Tt-+

-17~L.-'

1--. -- .

4- -

.J. -- . +- L.-

-10'"

1..-- - --•..~-1110RPM - --CC

•...- - p..

~- -f---•...,L&.I

33: - -"'=_n _

1020RPM ~~-

-Q I.-+-S90RPM --a.. -L&.I 2I""" ICI) -800RPM- --- -

CCf-- --- -c- -, , ,

++1-Q -S80RPM--r -I-:c -,1 570RPM

,--

---c- --

- -

MODEL 11PARMA

0

--f--+ MULTI-SERVICE PUMP

II ,PERFORMANCE

1-

c-c-- I CURVES

HYDRAULIC PERFORMANCE,

WARRANTY (in water)

I

Guaranteed at designated pointf--

I--

- only, and contingent on:T c-- ---- - -

Proper flow to pump suctionf--- - I

Proper submergence-

c-.-

MAX. H.P. 7.5--MAX. SPEED 1410RPM-

-!

--

c-40

..!...41ORp__I r-;.;.1\1II JII-35

13

T

TTf 1 r rrr-r-, T'--TT--it-j--t-++--l-l--+-J--1210RPM l..

m:ft.~_1110RPMtt±l:±.....

J...1020RPMr I t I

HYDRAULIC PERFORMANCE

WARRANTY (in water)Guaranteed at designated point

only, and contingent on:Proper flow to pump suction

Proper submergenceMAX.H.P.10

MAX. SPEED 1210RPM

f:~-~-890RPM

MODEL 12 PARMAMULTI-SERVICE PUMP

PERfORMANCE

CURVES

_-1-1

j tTi

F+m:tf~H~i-;;N-...lr-.;;

~i

-....J.

i"'"

II'-g! I I I II: ~l I I iI I I iI

[I

200

250300350400450500550600

flOW~GPM

-~+-+-~~_4_

I I I I.J.-

~

.470R.P.570RPM 680RPM

C~

r

'j ~-~--t+-' 'I ,

150

_.~+-,-

1---i--+

++++itttt1210RPM

-T-i-

111tRpI\,1L

W1020RPM

1iI680RPM

~

100

--J---

-I -I.. \--

50

I

r-10

I 1 1 1 to-Hot

9=

8

W7

== =6

Q..5W en4

==

.~---jHr

--~ +

~i'+... :r. __.J -+- '

-- -1

~ ++-..I +-'-.. _~ ....

20

=(=1

- -.. -. - -.-

1400~PM...

- .I- -

.. t·f

CIC

-- .-I15 L.I.I . - .

.. 1220RPM;: -t..... •••••

1-

«=

I.... .

1120RPMa..

.. -...1-

L.I.I

101-_.- -- 1030RPMtI)

... -CIC

- •....«=

..•...

890RPM

:c5

..800RPM

680RPM;. ~70RPM+1 I I

0'17~~P~

H,i

-l--J.: I Ir I,I--. - II ,t-H : ,,MODEL 13 PARMA

MULTI-SERVICE PUMP- -t-H-·

--r-1-- .

-!-PERFORMANCE

-r

--1 CURVES55

;

It _:;-+1--1 -- ."

-~

1. _1~-L HYDRAULIC PERFORMANCE

~+ -lWARRANTY (in water)~- - - 19.050

'1?:Guaranteed at designated point

+-H+-t>-.I 'only, and contingent on:l - .

-.

. Tl- Proper flow to pump suctionf--

. l---- -

1Proper submergence

45 . 'fMAX. H.P.15

--

I

. :-tt-l-MAX. SPEED 1400RPM

-7---~,.-- -.~-' . --f- t·,I-

35 77

+,j-~ f

~--~tl+i+-_1-_L l'f'W

11--1 fl'--,' f ! t ; . , "- 1"--I ;' ! I-j-i-j

I ,; ,++-+ ~,-

:;:;(ffT-rTlT

HYDRAULIC PERFORMANCEWARRANTY

Guaranteed at designated pointonly, and contingent on:

Proper flow to pump suctionProper submergence

MAX. H.P .. 25MAX. SPEED 1200RPM

--+-+-

P-l!m'+'.'r-tt :H . ,4H

++

1-+

l-t,'

"

-10q,Ll~8;:U:)1/ij

+-~ .--

-~,+

ii ,I

i '1"jJ tr-t'-+---+-

j I~ ' I

i

1-if-

-+tt-"T----l--

~.-

t+_-till-F-H=4-+t tI-tH+

~r+ttt+~-t

~i _~.:

IT

+tI~-FtlJ--f1 -t t'-rT -r+-

Pi-

30

25

=20bY ;:Qr:ls. 15W enCC= 10:c 7'1252'12 0

555045

40

10-

35W WId.,=30

c::t IoU:r:.....Jl

25

Cl!: •••••Qpm

20

15105

H

0

0

-+

T

I I I I iTTT1

~

100

200300400500600700800900

FlOW=GPM~T1TV I -I ['1

1000 1100 1200

2-7

'.-"fllill L-

30

20

10

o

MODEL 16 PARMA

MULTI-SERVICE PUMPPERFORMANCE

CURVES

I~




Proper submergenceMAX. H.P. 25

MAX. SPEED 700RPM

," '- "I\.I

r-. ,

I.'1!J

~ ~-'1>.

~__Pump is not to operate continuously in this area.

50II I I I I I I I I i I I I I I I I I II I I I I I I774ffP'po. 1111 ~

!I!

40

I ,i,,' ,,-70, '

, , .

••••••

l'l""IIo..IW LId1.1", 30== CI:IJ..Il:c.....J .§..J2F{ptvr.cz: •••••

20 ~

= -494 -F ffpfvt,F , Ir-,....;.:W..L.....I""F'T 1 I I I I I I I 1 I I I Tml I'll10I

- 0 0 50010001500FI o\nJ=f"~r'll1 . ~,. \U"

21100 2500

••I

I'

3000

2-9

III I I590 RPM

...-rI I I513 R,Pf.:"

60

50

",..

460 RPM

D::

40LI.I ~QA.LI.I30CI)

~D:: Q:c 20

315 RPM10

0

• MODEL 18 PARMA PUMP

PERFORMANCE--- Pump is not to operate continuously in this area.

CURVES

HYDRAULIC PERFORMANCEWARRANTY (in water)Guaranteed at designated pointonly, and contingent on:50

Proper flow to pump suction•...

Proper submergenceMAX. H.P. 60S90,f>

MAX. SPEED640 RPMPIf.t

40

f"'"

-

SI;]••••

- .f>,olf.tLI.I

LI.IL1.30

Q CI:LI.I:cI'-' "'6'0CC ' 1'10•••• '1.,-Q •••• 20 "'";]60

••• .f>PIf.t•...

r"o .

;... JIS-...-

10 I"lI'

I.

0

0

10002000300040005000

--

2-10~

flOW c GPM.<

, .=--'0-." -. -- .---,." .-'

-+--

iT

I I : I i1220RPM

MODEL 33 PARMACHOPPER PUMP

PERFORMANCE

CURVES

.....rl I I I1400RPM




Proper submergenceMAX. H.P.20

MAX. SPEED 1400RPM

-+--

-t-t-

-f-+-++=1-+-1

EE'i

-11

, -j

j. -j- +-

It--1+-1++

--j--r- j--j +-+-+j'

t-++-+++-+-t-H- I

J..-f'"l 11020RPM

t---t-

+1'-j---

_-L, I I

rt+t1ll-'

.1'

-i-·-........4--I

5

o

15

10

45

40

i

: !

1000

+

1"I

Ri1-+-

-fi-tr900800

'\) I •

~-l~, +-1

, I

-+t

I

700600

bI i

1:i-II

I ~

-+-1-!-t-+--Ll-

, I I I

~

it,' t.,_I , I

, ,

, L\J---P1'\

-\

400 500300100 200

,

b-

mJ~-++

_LL; i t'-

I- '

o

5

o

35

30

20

25

15

10

-.-~.r j. +- tt~t-tfffftititlti·lum-mi~-H~~b~PM25

t- - ··t- -- .... - - ..... - .. ·1· .

20

= L&.I:: 15= 1-1 1"" IT I 1 1 1 TTTTT TTTTTTT-o::.:Ff'1TTTTTTTTTTI...l---t-r I 1 I I I TTTTTT-a 860RPMa. L&.I(/,) 10~ H+~+--j-+++t+++++1 ~U.~ 810RPM

= 1~l= - f-.::c - ..i-I TI I IJ.J. 670RPMI I I I I I I I I-l-5 •• I I IIf-f- - I i_ "l,-.,o"570RPM-+-1-++ IMODEL 34 PARMA0 I CHOPPER PUMPPERFORMANCECURVES+-


55

WARRANTY (in water)

Guaranteed at designated pointonly, and contingent on:Proper flow to pump suction50I I I I I I I I I I I I I I I I I I I I I Il""i---I....I I I I I I I I I I I I I I I I I I IIProper submergence

MAX.H.P. 25MAX.SPEED 1220RPMEtEHJlHIfEHfDU1-1!rn-, 11.Uli-4 I IllttunI

45 1110FlPM ,~·-mmmt40 1010FlPMt

I- I I I I I I I I I I 1 I I I I-35

L&.I L&.I1.1.Q30

ct~

L&.I::c 25 810RPM•••• ctl-e 20l- I I I I 1 I 1 I I I I I I670RPMl.-1 +-I-r I I I I I I I lit-151050

0

100200300400500600700800900100011001200

flOW=GPM2-12

--- Pump is not to operate continuously in this area.

570 RPM

55IIIIIRIIII"II"'~"'. 10. :;>0,0

50

",,''/.>4,

~I"KrTKj

45

11Tr-I

I-

890

Id,i

40II Rp/f1

~I.L,Q

This curve is for REFERENCE ONLYNOT IN PRODUCTION

50

ttt ttt-ttt I tH+ttttt-t+t+!- . tlil=700RPM

r.•

.•.

c:ico0).•...•..

.;:c.

~--------------------------------------------------------------------------------

AGal AriON HORSEPOWER

In the use of agitator assemblies with Parma Pumps, it is necessary tofind the horsepower required during agitation once a pump speed (rpm)has been determined.

In most installations the pump will demand more horsepower duringthe agitation mode than during load-out. Once a pump model, speed,and motor are selected it is necessary to check the chart below to findthe agitation horsepower. If the agitation horsepower shown is greaterthan that of the motor selected use a larger motor or slow the pumpdown to the speed required so that the motor will not overload.

MODEL PUMP SPEEDAGITATION HP

34 Pump

1200 RPM25

1130 RPM

20

1000 RPM

15

875 RPM

10

35 Pump

I975 RPM 30

925 RPM

25

a90 RPM

20

2-15

DIMENSIONAL DATA - Typical Water

Pump Setting

- - - - - - -1 iG

- -------~ ~Top View Frame

r12"

B

A

Jf~,.-'\ ~',4\,.

>;"\.1

~\\O:\J

i\\',,"~\". ' ..,-\.JJ\'

'~~:~"--

PUMPMODEL

11

121314151618I

A86868686868698

B111213171921+32

C15 1/216 1/217 1/2202021 1/221

D18?22328 1/233 1/21+151 1 J_.

E21+21+21+30361+260

F

ii +12 +12+12+12+12+12I +12G !18

18181818181 25

*F to be 12" more than setting length.

3-1

DIMENSIONAL DATA Typical Manure

D

10o

3-2

..IfH

-1 iTop View Frame

PUMP DIMENSIONS

PUMP MODEL

333435D

868686

E23 1/22626 1/2

F32 1/234 1/236 3/4

G292929

H181818

Bottom Sump Optional,

o

18"

1G

t

PIT DIMENSIONS

PUMP MODEL

33 34 3SA 18 24 24-

B 33 I 35 I 37

IDIMENSIONAL DATA

IMPELLER

MODEL

PART IIA

BC

I,?DIA BOREII·B-1, 11

8012517 1/41 1/812, 12

80225181 7/813, 13

8032518 1/22 7/814, 14

80425110 1/23 7/81 3/845, 5, 15

805251124 1/81 3/8

I\)il.~cA6, 16

806251.15 1/25 7/81 3/816(1982)

816251*15 1/25 7/81 15/168

80725123 1/27 3/81 15/1685, 18

8082.51*19 5/86 15/161 15/1632

83225181 7/81 3/833

8332518 1/22 7/81 3/834

83425110 1/23 1/21 3/835

835251123 3/41 3/836

83625115 1/25 1/21 3/8

*Curved vanes.

~A

•.....ill DischargeElb owsI MODEL PART IIABC1, 11 801350435 3/82, 12 802350646 1/43, 13 802350646 1/44, 14 804350858 7/8C I 5, 15 80535010610 1/26, 16 80635012811 1/48 807350141013 7/885, 18 I808350 16I10I13 7/8

3-3

III

WI~ DIMENSIONAL DATA

Pump Shafts, Column Tubes, & Couplers

b-6 - 1982

11,12,13

14,1516~Pre 8;;:& After8,8S,183233,34,3536801252

804252806252816-252808252832252833252836252BO\vl Shaft 1 x 19 1/2

1 3/8x22 1/21 3/8x23 1/21 15/16 x1 15/16 x1 3/8x28 3/4

1 3/8x28 3/41 3/Sx29 3/425 1/2

24 1/16

801441

804441804441804441807449832441823441823441.Short Drive Shaft 1 x 34 3/8

1 3/8x31 1/41 3/8x31 1/41 3/8x 31 1/41 15/16x291 x 31 1/41 3/8x 31 1/41 3/8x 31 1/4

Long Drive Shaft

801461804461804461804461807469832461823461823461

1 x 58 3/8

1 3/8x55 1/41 3/8x55 1/41 3/8x55 1/41 15/16x531 x 551 3/8 x 55.1 3/8 x 55

Intermediate Shaft

801446804446804446804446807446801446804446804446

4'

1 x 481 3/8 x 481 3/8 x 481 3/8 x 481 15/16 x 481 x 481 3/8 x 481 3/8 x 48

Intermediate Shaft

801481804481804481804481NA8014818044818044818'

1 x 961 3/8 x 961 3/e x 961 3/8 x 96 1 x 961 3/8 x 961 3/8 x 96

Short Drive Columr

801442804442804442804442807442801442804442804442

2x311/8

-2 1/2 x 25 3/42 1/2x25 3/42 1/2x25 3/44 x 242 x 33 1/82 1/2 x 25 3/42 1/2 x 25 3/4

Long Drive Column

801462804462804462.804462807463801462.

804462804462

2 x 57 1/8

2 1/2x49 3/42 1/2x49 3/42 1/2x49 3/44 x 47 9/162 x 57 1/82 1/2x49 3/42 1/2x49 3/4

Intermediate

8014478D..!f!! ..lZ804447804447807447801447804447804447Column

2 x 482 1/4 x 482 1/4 x 482 1/4 x 484 x 47 1/22 x 482 1/2 x 482 1/2 x 48

Shaft Coupling

890250890251890251890251890252890250890251890251

(Bore x Length)

1 x 2 3/41 3/8 x 31 3/8 x 31 3/8 x 3115/16 x 31 x 2 3/41 3/8 x 31 3/8 x 3

Column Coupling

890201890202890202,890202890205890201890202890202

(Bore x Length)

2 x 2~2~ x 32~ x 3'2~ x 34 x 3~2 x 2~2~ x 32~ x 3

Water & Waste PumpsSugar Beet l-IarvestersCurl Onion & Potato Equipment

Parma CompanyP.O. Box 190 • 101 Main St. • Parma, Idaho 83660 • (208) 722-5116

PARMA PUMP MODEL IDENTIFICATION

New Model II Old Model ifCasting II LocatedImpellerImpellerDischargeon top of Bow I

DiameterFin WidthPipe Size

\1 M-S

II7 1/41 1/8 4"12 M-S

228I 7/8 6"- 13 M-S

338 1/22 7/8 6"

\4 M-S

4 4] 0 1/23 7/8 8"

15 M-S

5, 4S4S] 24 1/8 10"

l6 M-S

6 615 1/25 7/8 12"

None

8None23 1/27 3/8 14"

18 M-S

8SNone19 5/86 15/16 ] 6"

33 Chopper

2338 1/22 7/8 Varies

34 Chopper

24410 1/23 1/2 Var ies

35 Chopper

2545123 3/4 Varies

36 Chopper

26615 1/25 1/2 Varies

CJ.stilig II located here

REPAIR PARTS LISTINGS

PARMA PUMP PRODUCTS

INDEX

DESCRIPTION

MULTI-SERViCE PUMP UNIT

Model 11 - 16 .

Models 8} 8S} and 18 .

CHOPPER PUMP UNIT

Standard Chopper Pump Unit .

Hydraulic Chopper Pump Unit .

COLUMN & SHAFT ASSEMBLIES .

MOUNTING FRAME UNIT .

AGITATOR ASSEMBLY .

GREASE LINE KIT .

ACCESSORIES

Discharge Elbow .

Model 88 Gearbox (1:1) .

PAGE NO.

4-2

4-4

4-6

4-8

4 - 10

4 - 12

4 -13

4 - 14

4 - 15

4 - 16

# :IF. #:Pumps 11,12,13

Used on 11 11 Pump only

23

NOT~:: Greaselin~ kit available for 1982 Model 16.4-2 Specify setting length.

l, I~'J

PARMA M-S PUMP UNIT

This impeller is standardin #16 after 2-1-82.

PARMA M-S PUMP UNIT

Itm Description

PRE 821 19821-3/BH shaft 1-15/16" shall •

MODEL I MODEL ·1 MODEL I MODEL I MODEL I MODEL I MODEL ~11 12 13 14 15 6 16 t

1 Set Collar2 Dust Cover3 Bearing Quill4 Drive Bearing Assyo5 Ball Bearing

5a Spacer (5-83)6 Ball Bearing (5-83)7 Drive Bearing Hsg.8 oil Reservoir9 Sight Valve10 Oiler Assembly

11 Oil Reservoir Brkt12 Tubing13 Male Pipe Connector14 Drive Base15 Column Adaptor

------ ------ ------ 804054 804054 804054 804054 1801049 801049 801049 804055 804055 804055 804055 1802051 802051 802051 804056 804056 804056 804056 1802050 802050 802050 804050 804050 804050 804050 1890030 890030 890030 890031 890031 890031 890031 1

890021 890021 890021 ------ ------ ------ ------ 1890030 890030 890030 890032 890032 890032 890032 1802052 802052 802052 804052 804052 804052 804052 1890301 890301 890301 890301 890301 890301 890301 1890302 890302 890302 890302 890302 890302 890302 1801400 801400 801400 801400 801400 801400 801400 1

801402 801402 801402 801402 801402 801402 801402 1801401 801401 801401 801401 801401 801401 801401 1890303 890303 890303 890303 890303 890303 890303 1801070 801070 801070 801070 801070 801070 801070 1801090 ------ ------ ------ ------ ------ ------ 1

806150\816150

16171819

20

Shaft CouplingBowl ShaftColumn CouplingSleeve Brg (Pre 5-92)Sleeve Brg (5-92)Top Brg Assy(Pre5-92)Top Brg Assy (5-92)

890250 8902501890250 890251 890251801252 801252 801252 804252 804252890201 890201 890201 890202 890202890024 890024 890024 890025 890025------ ------ ------ 890046 890046801150 801150 801150 804150 804150------ ------ ------ 834150 834150

890251806252890202890025

890251 1816252 1890202 1890023 1

211

804152 807152816201 816201816202 816202

22

232425

Seal (Pre 5-92)Seal (5-92)Bearing CollarTop Bowl HalfBottom Bowl Half

890098 890098 890098 890097 890097------ ------ ------ 890045 890045801152 801152 801152 804152 804152811201 812201 813201 814201 815201811202 812202 813202 814202 815202

8900971890096122211

26 Bowl Set27 Impeller28 Seal (#16 Only)30 Bottom Bearing Assy.

811200 812200 813200 814200 815200 816200 816200 1801251 802251 803251 804251 805251 806251 816251 1------ ------ ------ ------ ------ ------ 890096 1------ 802300 802300 804300 804300 804300 816310 1

31

32

3334

Sleeve Brg (Pre 7-91)Sleeve Brg (7-91)Expansion Plug(Pre91)Expansion Plug (7-91)Discharge ClampGasket

------'8900261890026

------,8903501890350

80135418023541802354801355 802355 802355

890027 890027890047 890047890351 890351890352 890352804354 805354804355 805355

890027 890023 1------ ---~-- 1890351 880007 1------ ------ 1806354 806354 1806355 806355 1

Note: (See bold above) Some early Model 16 bottom bearing assemblies used1-890305 seal (2 1/4" O.D.) and 1-890034 sleeve bearing (2 7/16" O.D.)Requires a 998911 retaining ring.

Items #21 & #29 (Housing only) are replaced by Items #20 & #30 (Assembly)respectively.

(rev.) 4-3

PARMA M-§ PUMP UNIT.17

22

16

25

IPARMA M-S PUMP UNIT

ITEM DESCRIPTION MODEL 8MODUl8QTY.

1

Drive Base 80707580707512

Oil Reservoir 89030189030113

Sight Valve 89030289030214-

Oil Reservoir Bracket 8014-0280140215

Tubing 8014018014-0116

Male Pipe Connector 89030389030317

Oiler Assembly 8014008014-0018

Adjusting Nut 80705580705519

Bear ing Quill 807057807057110

Seal -------807043111

Seal Holder -------807042112

Ball Bearing 890035890035113

Drive Bearing Housing 807058807058114

Drive Bearing Assembly 807041807041115

Shaft Coupling 890252890252116

Bowl Shaft 808252*808252117

Column Coupling 890205890205118

Top Bear ing Housing 807155808155119

Sleeve Bearing 890034890034220

Seal 890096890096221

Top Bearing Assembly 807154808154-122

Bear ing Collar 807152807152123

Top Bowl 807201**808201124

Bottom Bowl 807202**-------125

Impeller 807251808251126

Bowl Flange Pad -------808362127

Discharge Clamp 807354807354528

Gasket 8073558083551

*One piece shaft 1980 and after - Part No.

100373100374-100375100376

HOne piece bowl.

Description

Pump Shaft - 6'Pump Shaft - 8'Pump Shaft - 10'Pump Shaft - 12'

4-5

4-6

:!§

17

.34

PARMA CHOPPER PUMP UNIT

PARMA CHOPPER PUMP UNIT

1982 &

1983 &older 1-3/8"

newer 1-15/16"shaft

shaft

ITEMDESCRIPTION\t\ODEL 33MODEL 34MODEL 35MODEL 36MODEL 36QTY

1

Adjusting Nut 83381083381083381083381083381012

Dust Cover 80405580405580405580405580405513

Brg. Quill 80405680405680405680405680405614

Drive Brg. Assy.80405080405080405080405080405015

Ball Bear ing 8900318900318900318900318900311

6

Ball Bearing 89003289003289003289003289003217

Drive Brg. Hsg.80405280405280405280405280405218

Oil Reservoir 89030189030189030189030189030119

Sight Valve 890302890302890302890302890302,1

10Oiler Assembly 8014008014008014008014008014001

11

Oil Reservoir Bkt.801402801402801402801402801402112

Tubing 801401801401801401801401801401113

Male Pipe Conn.890303890303890303890303890303114

Drive Base 801070801070801070801070801070115

Shaft Coupling 8902518902518902518902518902511

16

Bo\yl Shaft 833252*833252*833252*836252*836253117

Column Coupling890202890202890202890202890202118

Sleeve Bear ing890046890046890046890046(890023)2 (1)19

Top Brg. Assy.834150834150834150834150816150120

Top Brg. Housing8341518341518341518341518161511

21

Seal 890045890045890045890045890096222

Shear Housing 833801833801833801833801836254123

Shear Hub 833805833805833805833805836255124 Top Bowl ..823201824201825201826201826201125 Bottom Bowl 8132028142028152028162028162021

26

Impeller 833251834251835251836251836250127Bowl Set 8232008242008252008262008262001

28Seal 890044890044890044890044890096129 Bottom Brg. Hsg.833301

I834301 834301-834301816301130 Bottom Brg. Assy.833300

8343008343008343008163101

31

Sleeve Bearing 890046890046890046I

890046(890023)2 (1)

I32 Expansion Plug890352890352890352890352 1

-33 Retaining Ring998917998917998917998917880007134

Shear Blade 833806833806833806833806833806435 Locking Bolt

89000189000189000189000189000112

36

Flat Washer 8900028900028900028900028900021237

Shear Bar 8338098338098338098338098338094

II 38Discharge Clamp802354804354805354806354806354

I1

I 39Gasket 802355804355I805355 806355I 8063551I'

-*One piece shaft on certain models - see page 4-10--4a ~

~I

I

,,

4-8

0-

5 PARMA HYDRAULICCHOPPER PUMP UNIT

PARMA HYDRAULIC

CHOPPER PUMP UNIT

ITEM PARTNO.DESCRIPTION QTV

1

100190Coupl ing 1

2

100179Adaptor 1

3

100254Bearing Locknut 1

4

100235Bearing Lockwasher 1

5

998914Retaining Ring 1

6

818058Ball Bearing 1

7

100178Bowl Shaft 1

8

818075Speedi-Sleeve 1

9

890045Seal 1

10

818060Wi per Ri ng 1

11

818051Shear Housing 1

12

890001Locking Cap Screw 12

13

890002Hardened Flatwasher 12

14

833809Shear Bar 4!

15

833806Shear Blade 4..16833805Shear Hub 1

17

824201Top Bowl 1

18

804202Bottan Bowl 1

19

804354Discharge Clamp 1

20

804355Gasket 1

21

834251Impeller 1

22

890044Seal 1

23

834301Bottom Bearing Plate 1

24

890046Sleeve Bearing 2

25

890352

IExpansion Plug 1

26

998917Retaining Ring 1I I

4-9

ICOLUMN & SHAFT ASSEMBLY

One piece shaftafter 1980

on certain Models

One PieceShaft & Column

Drive Column&

Shaft Assembly

Intermediate Column&

Shaft Assembly

4-10

I -COLUMN & SHAFT ASSEMBLIES

Multi -Piece Shafts

liTEM

MODELMODELMODELMODEL

DESCRIPTION 11, 12, 1314, 15,161833,34,35,36

iShort Drive Column & Shaft Assembly801440804440807440823440

1 Long Drive Column & Shaft Assembly801460804460807460823460

2Keystock 801053804053807401804053

3Short Drive Shaft 801441804441807449823441

3Long Drive Shaft 801461804461807469823461

4Short Drive Column 801442804442807442804442

4 Long Drive Column801462804462807463804462

5Intermediate Column & Shaft Assembly801445804445807445804445

6 Column Coupling890201890202890205890202

7 Shaft Coupling890250890251890252890251

8 Column Bearing890028890029808091**890029

9Intermediate Shaft - 4' 8014468041~Ll·6807446804446

9Intermedia te Shaft - 8' 801481804481*------804481

10Intermedia te Column 80144780444·7807447804447

12 i Set Collar-------804054--------------

13 I Adjusting Nut-------

-------807055833810

*Model IJl8 M-S standard with a one-piece shaft, effective January 1981.

COLUMN & SHAFT ASSEMBLIESOne Piece Shafts

MODEL

IMODEL MODEL

161834, 35

2

Keystock 8040538074018040534

Short Drive Column 8044428074428044424

Long Drive Column 8044628074638044626

Column Coupling 8902028902058902028

Column Bearing 890029808091 **89002910

Intermediate Column 80444780744780444711

Pump Shaft - 6' One Piece 100377100373lO07'C211

Pump Shaft - 8' One Piece 10037810037483430811



Set Collar 804054--------------13

Adjusting Nut -.------807055833810

~~-~--~

*-l"Consists of 808090 Housing and 890034 Sleeve Bearing.

MOUNTING FRAME UNIT

Electric Drive

ITEM I DESCRIPTIONI 1-7 tHP1-7tHP10-15HP30-60HP30-60HP100724

801006802006803006804006 *)I1

Vertical Motor Base8017008017008047008077008077002

Belt Guard Assembly8018608018608018608018608077403

Pump Mounting Frame80160080460080460080460080760014

1/2 All Thread 11"11"11"11"15", I*Model If 18 only.

ITEMDESCRIPTION 540 RPM1000RPM

2Belt Guard Assembly 801860801860

3Pump Mounting Frame 804600804600

FRAME & PTO DRIVE UNITI4 Gearbox Adaptor-Left 804-030804030

5Gearbox Adaptor-Right 804031804031

6Model 88 Gearbox (1: 1) 804643804643

7PTO Guard 804036804-036

8PTO Driveline Assembly 990795990796

9Splined Yoke 990614990622

10Drive Shaft Assembly 990788990788

11Cross Repair Kit 990660990660

121 3/8 Smooth Bore Yoke 990623990623

13Spacer (Qty 4) 804032804032

141/2 All Thread xlI" --------------

~I

~

~'- ~2

UPPER AGITATOR ASSEMBLY

(pRE 1982),/. 0-0 .. ..

AGITATOR ASSEMBLY(1982)

PRE 1982 1982

PART NO.PART NO.

815308

815308802360

802360814453

814453814447

814447814466

814466814473

-------814474

-------814475

-------814476 I

-------814457 814457814456

814458814500

-------------- 814463-------814462

814439-------------- 814429

81L,l431I814431 ,4-"!3

DESCRIPTIONTee HandleU-BoltControl Rod

Flapper Assembly6" x 2 1/2" Spreader BracketDischarge Elbow - 1134 - 8'Discharge Elbow - fl34 - 10'Discharge Elbow - 1/35 - 10'Discharge Elbow - 1135 - 8'Linkage ArmDischarge NozzleExtension Kit 9( Optional)Discharge Flange Weldment - fl34Discharge Flange Weldment - 1135Discharge ElbowDischarge ElbowAgitator Box Weldment(Specify year)

111213

,78910

ITEM123456

~ ..

\I

r

~IIfl 3 rl Jl ~h

3' II llinlhil """"./ '- I J

i

u -. I

GREASE LINE KIT

=~(---,!II " L:..ll'-r-Jl E::'~:-~--_~

...,r4\ - - ~-_l,.- __f-~, ---==---" '\' \ - -~-c,!) I " :

',\

"'--'-,- - -----,,

9

Use grease fitting from drive bearinghousing.

Caution: It is imperative that a pressurerelief system is used in the bottom bearinghousing to prevent hydraulicing of driveshaft, if over lubed!!

4-14

ITEM DESCRIPTION 6'·1007178'·10071810'·10071912'-100720QTY

1

Grease Fitting Brkt 1007071007071007071007071

2-

1/4 x 24" Hyd Hose 9022019022019022019022011

3

1/8 NPT Grease FTL 1005781005781005781005781

4

1/4 x 102 Hyd Hose 100709 1

5

1/4 x 126 Hyd Hose 1007101

6

1/4 x 150 Hyd Hose 1007111

7

1/4 x 174 Hyd Hose 1007121

8

Hose Clamp 1007081007081007081007082

9

Tie Down Strap 9989259989259989259989254

10

Hex Bolt 5/8 x 1 W/1w & Nut11111

DISCHARGE ELBOW

ITEMI DESCRIPTIONI MODEL I MODELl MODELl MODEL iMODELl MODEL IMODEL I QTYI,ll 2,3,12 4,14,34 5,15,35 6,16,36 8 85,1813,33Discharge Elbow

801350802350 1804350 I 805350 I 806350 I807350I8083501891334 I 891346

891358891361891393891392891310

Welding ConeI3" x 4" I 4" x 6"5" x 8"6"xlO"8"x12"10"x14"10"x16" I1

801351*

802351*8019058019068049088049108049102 I 90° Elbow I5"

6"8"10"10"

I

801352*802352*804351805351806351807351808351~

~,""" .,.",,- -":1.*Elbow and nose flange are cast together as one piece.

MODEL 88 GEARBOX (1:1)

804643

ITEM I QTY.PART NO.DESCRIPTION

1

1999125Seal

2

3999127Snap Ring

3

2999126Spacer Washer

4

4990004Bearing Cone

5

4990005Bearing Cup

6

1804654Pinion Housing

7

As Req'd804660Gasket

8

1804662Pinion Shaft

9

2804646Gear

10

1804655Pinion Washer

11

1999128Pinion Nut

12

1804649Gearbox Case

13

1804659Closed End Cap14

1804665Output Shaft15

1804653Open End Cap16

1999124Seal

17

1--1/2 x 1/8 Bushing18

1999117Pressure Relief Vent-

4-16

NEW- EASY PUMP ORDERING INSTRUCTIONS

TO ORDER YOUR PUMP UNIT, SIMPLY FOllOW STEPS 1 - 6.

PAGE NO.

5 - 2

Step 1

5 - 3

Step 2

5-4

Step 3Aor5 - 5

Step 3B

5 - 6

Step 4

5-.7

Step 5

· Pump Selection

· Pump Setting Assembly

....................................... Discharge Assembly

•....................................... Agitator Assembly

...................................... Mounting Frame Unit

· V-Belts, Sheaves & Bushings(See appropriate section)

5 - 7 Step 6 Electrical Components(See appropriate section)

5 - 8 Model A Trailer Pump

5 - 9 Hydraulic Chopper Pump

5-1

STEP 1 PARMA M-S PUMP UNIT

Oiler

AssemblyDrive BaseMODELPART#$HAFT SIZESHIP WT.

"

118110011"108#

-r --~r;:::b~ring12

8120011"138#13

8130011"156#14

8140011-3/8"227#15

8150011-3/8"254#

Pump I168160011-15/16"300#

SettingII 188180011-15/16"680#

Length

IBowl Assemblies - for Replacement Only

.. -"'

Discharge

118111001"57#

t=~~::128121001"88#

138131001"106#

148141001-3/8"150#

158151001-3/8"177#

168161001-15/16"240#

188181001-15/16"550#

NOTE: if 18 Pump is standard with a one-piece shaft.

PARMA CHOPPER PUMP UNITOiler

Assembly

~ Discharge

Clamps

IrGaske'

PumpSettingLength

5-2

t I. I, I, t

I I

Drive Base

Drive BearingAssembly

MODEL PART#

33 833001 1-3/8"

34 834001 1-3/8"35 835001 1-3/8"

36 836001 1-15/16"

Bowl Assemblies - for Replacement Only33 833100 1-3/8"

34 834100 1-3/8"

35 835100 1-3/8"

36 836100 1-15/16"

To Select Setting Assembly, See STEP 2

PUMP SETTING ASSEMBLY STEP 2

*4' Setting nOlt recommended on Model #16** 4' and 6' Setting not recommended on Model #18

NOTE: #18 Pump is standard with a one piece shaft.

5-3

STEP 3A DISCHARGE ASSEMBLY

Designate Plain end or Flanged endon discharge pipe when ordering.

Standard Flange(May be deleted)

-~~"=. U-Bolt

& Nuts

SpreaderBracket

Assembly(as req'd)

Discharge

Pipe

*Will Also Fit Model #33 Chopper Pump.

To Select Mounting frameSee STEP 4

NOTE: Ail shipping weights are approximate

5-4

MODEL PART NO.SETTINGDIA .SHIPPING WT...

j 45#11 801008-44'411

11

801008-66 '41152#

11

801008-88'41166#

11

801008-1010'41173#

11

801008-1212 '41187#

11

801008-1414 '41194#

11

801008-1616 '411109#

11

801008-1818 '411116#

11

80.1008-2020'__~.II ."_._ .U.Oi._--..-.- ...--12,13*

802008-44'61164#

12,13*

802008-66'61175#

12,13*

802008-88'61194#

12,13*

802008-1010'611105#

12,13*

802008-1212'611124#

12,13*

802008-1414'611134#

12,13*

802008-1616'611153#

12,13*

802008-1818'611164#

12,13*

802008-2020'611183~ _.__---- -'14,34

804008-44'81190#

14,34

804008-66 '811108#

14,34

804008-88'811138#

14,34

804008-1010'811156#

14,34

804008-1212 '8"187#

14,34

804008-1414'811205#

14,34

804008-1616'811235#

14,34

804008-1818'811253#

14,34

804008-2020'811283#

15,35

805008-44'1011122#

15,35

805008-66'1011145#

15,35

805008-88'1011179#

15,35

805008-1010'1011201#

15,35

805008-1212'1011235#

15,35

805008-1414'1011258#

15,35

805008-1616'1011291#

15,35

805008-1818'1011314#

15.35

805008-2020'1011348# __

16,36

806008-44'1211

16,36

806008-66'1211171#

16,36

806008-88'1211209#

16,36

806008-1010112"237#

16,36

806008-121211211276#

16,36

806008-1414'1211

16,36

806008-1616'12"

16,36

806008-1818'12"

16,36

806008-2020~1211 __ .• 1-18808008-44'16"

18

808008-66'16"224#

18

808008-88'16"259#

18

808008-1010116"313#

18

808008-1212116"366#

18

808008-1414'16"

18

808008-1616116"

18

808008-1818 11611

18

808008-202011611

AGITATOR ASSEMBLY STEP 38

Nozzle Sweeps 2700 Horizontally - 900 Vertically

6' Standard Flange

Agitator Unot

MODEL IPART NO. SETTINGSHIPPING WI

11+,31+

811+1+31+-66'1901/

11+,31+

811+1+31+-88'20011

11+,31+

811+1+31+-1010'21111

11+,31+

811+1+31+-12 .12'21+011

15,35

811+1+35-66'1901/

15,35

811+1+35-88'20011

15,35

811+1+35-1010'2111/

15,35

811+1+35-1212'21+011

NOTE: For setting lengths otherthai'll shown, Consult Factory.

SETTiNG ISHIPPING WI.12,13,33

PARi NO.

811+1+00 NA

SMALL PIT AGITATOR

FITS MODELS 12, 13 8. 33

1+0#

5-5

STEP 4 MOUNTING FRAME UNITELECTRIC DRIVE

Vertical Motor Base

/ Belt Guard AssemblyPump Mounting Frame

NOTE: All shipping weights are approximate

PART NO. DESCRIPTIONMOTOR SIZESHIPPING WT.

801006

Mounting Frame Unit 1-71f2HP1511bs.

802006

Mounting Frame Unit 10-25 HP1831bs.

803006

Mounting Frame Unit (Except Model 18) 30-60 HP2441bs.

804006

Mounting Frame Unit (Model 18 Only) 30-60 HP2911bs.

FRAME AND PTO DRIVE UNIT

Driveline Assembly

Pump Mounting Frame J I

PART NO.

804035

990795

990796

5-6

DESCRIPTION

Frame and PTO Drive Unit

SPECIFY

PTO Drive!ine Assembly - 540 RPM

PTO Drivelil1e Assembly -1000 RPM

To Select V-Belts, Sheaves, & Bushings See STEP 5

SHIPPING Wi.

1301bs.

451bs.

451bs.

V-BELIS, SHEAVES & BUSHINGS

STEP 5

Refer to V-Belts, Sheaves & Bushings for part selection.

To Select ESectric Motor & Components See STEP 6

ELECTRIC MOTOR & COMPONENTS

STEP 6

Refer to Electrical Components for part selection.

5-7

PARMA MODEL A TRAILER PUMP

L.

Driveline Assembly

19'

STANDARD FEATURES

Rugged cast iron impeller and voluteEnclosed driveshaft operating in oil bath540 or 1000 RPM drive

Flanged Discharge Pipe

PART NO.

880400

880500

880600

880800

990795

990976

5-8

DESCRIPTION

Parma Model 4A Trailer PumpParma Model 5A Trailer PumpParma Model 6A Trailer PumpParma Model 8A Trailer Pump

SPECIFY

PTO Driveline Assembly - 540 RPMPTO Drilleline Assembly - 1,000 RPM

NOTE: All shipping weights are approximate.

DISCHARGE I SHIPPING WT.

8"10"12"16"

PARMA HYDRAULIC CHOPPER PUMP UNiT

('?(C.Yi-)')r'~:-"'-1Hydraulic MotorII

MODEL 3 4

See Performance Curve - Page 2-12.

Pump Speed - 875 RPM @ 16 GPM Hydraulic Input, with Hydraulic Motor Listed.Any SAE B, 2-Bolt, Hydral11ic Motor - 7/8" shaft may be used.

PART NO.

100217

100191

DESCRIPTION

Portable Hydrau!ic Chopper Pump

Hydraulic Mollor (for above)

SHIPPiNG WI.

2071b5.

201bs.

NOTE: Other size pumps available with hydraullC drive, consult factory.

All Shipping Weights are Approximate.

5-9

1------------------ ---

DISCHARGE ELBOW

Pump

IApprox.Part No. DescriptionIModel Wt.

801350

4" Discharge ElbowI,llI14.0802350

6" Discharge Elbow2,3,12,13,3324.0804350

8" Discharge Elbow4,14,3430.0805350

10" Discharge Elbow5,15,3548.0806350

12" Discharge Elbow6,16,3652.0807350

14" Discharge Elbow863.0808350

16" Discharge Elbow8S, 1874.0

V-BOLT-

-1PumpIApprox.No. I Description ModelWt.

801360

4" V-Bolt I,ll1.0802360

6" V-Bolt 1,1.5804360

8" V-Bolt 4,141.5805360

10" V-Bolt 5,152.0806360

I

12" V-Bolt 6,162.0807360

14" V-Bolt 83.0808360

16" V-Bolt 88, 183.5

*802360 used on Models No.2, 3, 12, 13, 34, 35

SPREADER BRACKET

NOTE: Used on discharge assembly

PUMPIAPPROXPART /I DESCRIPTIONMODELWEIGHT80150'+

'+" x 2" Spreader Bracket Assy.1, 117.5802506

6" x 2" Spreader Bracket Assy.2,3,12,138.580'+508

8" x 2t" Spreader Bracket Assy.'+,1 '+,'+A12.0805510

10" x 2t" Spreader Bracket Assy.5,15,35,5A11.0806512

12" x 2t" Spreader Bracket Assy.6,16,6A11.5808516

16" x '+" Spreader Bracket Assy.8S,8, 1818.0

l€l=€l -=0

6-2

PART If

81'+'+66

NOTE: Used on agitator assembly

DESCRIPTION

6" x 2t" Spreader Bracket Assy.

PUMPMODEL

3'+,35

APPROXWEIGHT

8.5

DRIVE COLUMN & SHAFT ASSEMBLY

PART NO. I USE WITH I APPROXDESCRIPTION MODEL NO. WEIGHT

801440 IShort Drive Column &:. Shaft

11,12,13Assembly

801460 ILong Drive Column &:. Shaft

I11,12,13

Assembly

1804440 I

Short Drive Column &:. ShaftIAssembly 114-,15,16804-460 I

Long Drive Column &:. ShaftAssembly

I 14-,15,16

*8074-40 I

Short Drive Column &:. ShaftI18Assembly

*807460 I

Long Drive Column &:. ShaftI18Assembly

823440 I

Short Drive Column &:. Shaft33, 34-

Assembly

35, 36

823460 ILong Drive Column &:. Shaft33, 34

Assembly

35, 36

*For Mulit-Piece

shaft unit only.

INTERMEDIATE COLUMN & SHAFT ASSEMBLY

(Increases pump setting by four feet)

801445

804445

Intermediate Column &:. ShaftAssembly

Intermedia te Column & ShaftAssembly

US!: WJfH AP/PROXMODEl NO. WiEiGHT

11,12,13

14,15,16,33134-,35,36

*807445 Intermedia te Column & Shaft ,Assembly

18 J*For Multi-Piece units only.

6-3

GREASE LINE KIT

CAUTION: It isimperative that a

pressure relief

system is used in

the bottom bearing

housing to prevent

the hydraulicing ofthe drive shaft,if over lubed!!

PART NO.

100717

DESCRIPTION

Greaseline Kit 6' Setting

APPROX. WT.

I 6-4,

100718 Greaseline Kit8'Setting

100719

Greaseline Kit 10'Setting

100720


100751


100752


100753


FLANGEDFITTINGS

H450 FLANGED ELBOW(50 P.S.I. Rating) Approx.

Part No.DescriptionWt.

0804813 4" 45 Flanged Elbow0804814 5" 45 Flanged Elbow0804815 6" 45 Flanged Elbow0804816 8" 45 Flanged Elbow

804817

010" 45 Flanged Elbow0804818 12" 45 Flanged Elbow

804819

014" 45 Flanged Elbow


~-

090FLANGED ELBOW

(50 P.S.I. Rating) Approx.


0804913 4" 90 Flanged Elbow

804914



804916


804917

10" 900 Flanged Elbow804918


804919


804920


~n_

FLANGED TEE(50 P.S.I. Rating) Approx.

Part No .DescriptionWt..--

. .",,' 8913154" Flanged Tee

-,

8913115" Flanged Tee ~,

.~891317 6" Flanged Tee i891318 8" Flanged Tee -ii

.<

89131910" Flanged Tee.

89132012" Flanged Tee

89132114" Flanged Tee

,891322

16" Flanged Tee6-5

WELDINGFITTINGS

tt0

45 WELDING ELBOW *

Approx.


0801804 4" 450 Welding Elbow

8018055" 45 Welding Elbow0801806 6" 45 Welding Elbow

8048088" 450 Welding Elbow

804810

10" 450 Welding Elbow0804812

12" 45 Welding Elbow807814

o .14" 45 Weldlng Elbow

807816

. 016" 45 Welding Elbow

(}J

900 WELDING ELBOW *Approx.


801904

4" 900 Welding Elbowo .

801905 5" 90 Weldlng Elbow801906


804908

o .8" 90 Weldlng Elbow

804910


804912

. 012" 90 Welding Elbow


807916


8WELDING TEE *

Approx.


891304

4" Welding Tee891305



8" Welding Tee

891309




16" Welding Tee

6-6

'";I~50 P.S.I. Rating

;i":'L":,i;':"~"r:b\ -.

~ '• ','_iL",,"..- '""" •~'!,;;"";1.:·Cli·'lii'-,£.=~""'-- ...,fu_~'-":

WELDING FITTINGS

@

WELDING FLANGEApprox.


891403

3" Welding Flange891404



6" Welding Flange

891408





16" Welding Flange_.0-

-

0GASKETApprox.


,t,'8914233" Gasket

8914244" Gasket

8914255" Gasket

8914266" Gasket

891428

8" Gasket891,DO

10" Gasket891432

12" Gasket891434

14" Gasket ,891436

16" Gasket-----

lii

-

6-7

PIPE

Approx.Part No. I DescriptionIWt. ~~

891504

4" O.D. x 12 Gauge Tubing891505

5" O.D. x 12 Gauge TubingSpecial

6" G.D. x 10 Gauge Tubing891506

6" O.D. x 12 Gauge Tubing891508

8" O.D. x 12 Gauge Tubing

891510

I10" O.D. x 12 Gauge Tubing891512 12" O.D. x 12 Gauge Tubing891514

I14" O.D. x 12 Gauge Tubing891516 16" O.D. x 12 Gauge Tubing*Weight per footn WELDING CONEa. -Approx.Part· No. DescriptionIWt.891323 2" x 3" Welding Cone8913'24 2" x 4" Welding Cone891334 3" x 4" Welding Cone891335 3" x 5" Welding Cone891336 3" x 6" Welding Cone891345 4" x 5" Welding Cone891346 4" x 6" Welding Cone891348 4" x 8" Welding Cone891356 5" x 6" Welding Cone891358 5" x 8" Welding Cone891368 6" x 8" Welding Cone891361 6" x 10" Welding Cone891381 8" 'X 10" Welding Cone891393 8" x 12" Welding Cone891301 10" x 12" Welding Cone891392 10" x 14" Welding Cone891310 10" x 16" Welding Cone891303 121' x 14" Welding Cone6-8

CHART FOR SELECTING BELT LENGTH

MOTOR

PUMP MOUNTING FRAME

BELT LENGTHCENTER TO CENTER

Belt Length

Mounting Frame Unit

Motor HPCenter To Center

Min.

Max.

100724

1,1V2,2*1923

3,5*

1822

7V2

163,420

801006

1, 1112,2*2529

3,5*

2428

7112

223/426

802006

1023V229V2

15,20

22V228V2

25

213/4273/4

803006

301425

40,50

1324

60

1123

804006

30I46 57

I

40,504556

60

4455L-

- II

BELT CENTER FOR PTO DRIVE SHOWN Oi'J PP,GIE7~5.*For single phase :2and 5 HP subtract 1".~~OTE:!nslmctio!1s for l1se of charts 0" page 7-2.

INSTRUCTIONS FOR USE OF BELT, SHEAVE AND BUSHING CHARTS

1. Locate the speed in the pump RPMcolumn, which is .c1osest to the RPMpreviously determined for the pump.

2. Record the sheave pitch diametersshown in the second column.

3. Utilizing information provided on thechart on Page 7-1 indicating the beltlength center to center, select anappropriate belt which will faU betweenthe minimum and maximum lengths.The belt number is designated at thetop of the column.

4. Follow the horizontal line over tothe column indicating the rated HPper belt. Divide the HP rating intothe HP required. The answer, roundedto the next highest number, is thenumber of grooves for the sheavesand the nLlmber of V-Belts required.

5. Locate the proper sheave diameter inthe bushing chart in the column marked"Sheave Diameter".

6. Follow the chart horizontally toa point intersecting the number ofgrooves indicated at the top of thechart and record the letters indi-cated in the chart.

7. The bushing bore for the small sheave ISthe same as the shaft size of themotor and is shown in the electricalcomponents section in the "Shaft Size"column adjacent to the HP ratingof the motor.

8. The sheave bushing bore for thelarge sheave can be located in thechart on this page - "Pump SheaveBore" next the the appropriate modelnumber.

EXAMPLE:

Desired pump RPM - 978. Utilizing mount-ing frame unit 802006 for 15 HP motorwith Model 1114:

1. Locate 978 RPM on page 7-3.

2. Sheave diameters are 8.6 and 15.4.

3. Belt length center to center, minimumis 221" to maximum 281". There aretwo belts which fall between the mini-mum and maximum, those being aB-85 at 24.3" and B-90 at 26.8". Eitherbelt would be satisfactory.

4.. The rated HP per belt is 10.7 and the HPutilized is 15. Fifteen divided by 10.7equals 1.4 which when rounded to thenext highest number indicates the needfor two belts and also indicates therequirement of two groove sheaves.

5. In the sheave diameter column in thebushing chart on page 7-4, the 8.6 diameterintersects the two groove column withinthe SK area.

6. The 15.4 sheave intersects the twogroove column within the SK area.

7. The shaft size of a 15 HP motor is shownto be I 5/8'· in the shaft size columnon Page 8-1.

8. For a Model 1/14 pump, the sheavebushing bore shown in the chart below IS2 1/4".

9. One SK 1 5/8" QD Bushing and oneSK 2 1/4" QD Bushing are required.

PUMP SHEAVE BORE

9. Record the appropriate bushingnumber and bore size.

10. The appropriate sheaves are locatedon page 7-6. The appropriate bushingsare located on page 7-7. The appropriatebelts are 1coated on page 7-8.

7-2

Models 11, 12, 13

Models 14, 15, 16,33, 34, 35

Model 18

I"

2 1/4"

2 3/16"

"B" WIDTH BELT DRIVESFOR MOTOR SPEEDS OF 1750 RPM

Rated HP Per Belt

V-Belt Number and Center Distance

(IncludingSheave Pitch Allowance forPUMP

DiametersSpeed Speed Ratio)RPMRatio Small Speed

SmallLarge B-608-68B-75B-81B-85B-90B-978-105B-112B-120Sheave

SheaveSheave 1750 RPM

16835.405.601,.0422.326.329.832.834.837.340.844.848.3- 5.08

16516.406.801.0620.524.528.031.033.035.539.043.046.550.5 6.86

16365.606.001.0721.825.829.332.334.336.840.344.347.8- 5.52

1636

6.006.401.0721.225.228.731.733.736.239.743.747.2- 6.201620

5.005.401.0822.726.730.233.2 .35.237.741.245.248.7- 4.47.1620

5.205.601.0822.426.429.932.934.937.440.944.948.4- 4.821606

4.605.001.0923.427.430.933.935.938.441.945.949.2- 3.821606

6.807.401.0919.823.827.330.332.334.838.342.345.849.8 7.591606

8.609.401.09-20.824.327.329.331.835.339.342.846.8 10.31577

5.406.00.1.1121.925.929.432.434.436.940.444.448.0- 5.251563

5.005.601.1222.626.630.133.135.137.641.145.148.6- 4.551549

4.605.201.1323.227.230.733.735.738.241.745.749.2- 3.901549

6.006.801.1320.824.828.331.333.335.839.343.446.9- 6.361535

5.606.401.1421..525.529.032.034.036.540.044.047.5- 5.681522

5.206.001.1522.126.129.632.6-34.637.140.646.648.1- 4.981509

6.407.401.1620.124.127.630.632.635.138.642.646.1- 7.021509

7.408.601.16-22.325.828.830.833.336.840.844.348.3 8.601496

4.605.401.1723.027.030.533.535.538.041.545.549.044.9 3.901496

9.4011.0J1.17--22.425.427.429.933.437.440.940.9 11.31471

5.406.401.1921.625.629.132.134.136.640.144.1 .47.6- 5.411458

5.006.001.2022.326.329.832.834.837.340.844.848.3- 4.711446

5.606.801.2121.225.228.731.733.736.239.743.747.2- 5.761434

4,605.601.2222.926.930.433.435.437.941.445.448.9- 3.981423

5.206.401.2321.825.829.332.334.336.840.344.347.8- 5.061423

6.007.401.2320.424.427.930.932.935.438.942.946.4- 6.441389

5.406.801.2621.325.328.831.833.836.339.843.847.3- 5.501389

6.808.601.26-22.826.329.331.333.837.341.344.848.8 7.841378

7.40·9.401.27-21.725.228.230.232.736.240.243.747.7 8.771367

5.006.401.2821.925.929.432.434.436.940.444.447.9- 4.801367

8.6011.001.28,

23.0 26.028.030.534.038.041.545.5 10.5- -1346 4.606.001.3022.626.630.133.135.137.641.145.148.6- 4.071336

5.206.801.3121.525.529.032.034.036.540.044.047.5- 5.151326

5.607.401.3220.724.728.231.233.235.739.243.246.7- 5.851326

9.4012.401.32--21.224.226.228.732.336.339.843,8 11.51306

6.408.601.3419.123.126.629.631.634.137.641.645.14&.1 7.19

1287

5.006.801.3621.625.629.132.134.136.640.144.147.6- 4.881277

5.407.401.3720.824.828.331.333.335.839.643.346.8- 5.581268

6.80 .9.401.38-22.125.728.730.733.236.740.744.248.2 7.921259

4.6060401.3922.226.229.832.834.837.340.844.848.3- 4.151232

5.207.401.4221.025.028.531.533.536.039.543.547.0- 5.231224

6.008:601.4319.423.426.929.931.934.437.941.945.449.4 6.611215

8.6012.401.44--21.824.826.829.432.936.9400444.4 10.61190

6.4090401.47-22.426.029.031.033.537.041.044.548.5 7.271182

4.606.801.4821.925.929.432.434.436.940.444.447.9- 4.151182

5.007.401.4821.125.128.631.633.636.139.643.647.2- -

1174704011.001049-20.423.926.928.931.434.939.942.446.4 8.85

11365.60.8.601.5419.723.727.230.232.234.738.242.245.749.7 6.01

1115

6.009.401.57-22.726.329.331.333.837.341.344.848.8 6.691101

5.408.601.5919.823.927.430.432.434.938.442.445.949.9 5.661087

4.6070401.6121.425.428.931.934.036.540.044.0-- 4.231080

6.8011.001.62-20.824.327.329.431.935.'439.442.946.9 8.00.t 1067

9.4015.401.64-.--21.723.726.329.833.837.341.3 11.71061

5.208.601.6520.024.027.530.532.535.038.542.546.0- 5.31," 1042

5.609.401.68-23.026.629.631.634.137.641.645.149.'1 6.011042

7.4012.401.68--22.725.727.730.333.837.841.345.3 8.93I101.7

5.008.601.722~1 I24.2

27.730.732.735.238.742.746.2- 4.961017

6.4011.001.72 2'1.124.627.629.7 32.2 35.7 39.743.247.2 7.351006 I

5.40 9.401.74

"9? I23.226.729.7

31.7 2L!.2 I 37.71 41.745.249.2 5.66, .- 978 8.6015.401.79

--22.324.3 26.8' 30.4 34.437.941.9 10.7,

! !

7-3

"B" WIDTH BELT DRIVES (continued)FOR MOTOR SPEEDS OF 1750 RPM

Rated HP Per 8elt(IncludingSheave Pitch

V-Belt Number and Center DistanceAllowance forPUMP

DiametersSpeed Speed Ratio)RPM

Ratio Small SpeedSmall

Large 8-608-688-758-818-858-908-978-1058-1128-120SheaveSheave

Sheave 1750 RPM

967

5.209.401.8119.323.326.929.931.934.437.941.945.449.4 5.31962

6.8012.401.82-19.623.226.228.230.7. 34.238.241.745.7 8.00956

6.0011.001.83-21.424.927.930.032.536.040.043.547.5 6.69936

4.608.601.8720.424.528.031.033.035.539.043.046.5- 4.23931

5.009.401.8819.523.527.030.032.034.538.042.045.5- 4.96902

6.4012.401.94-19.923.526.528.531.034.538.542.046.0 7.35893

5.6011.001.96-21.725.228.230.232.836.340.343.847.8 6.01893

9.4018.401.96----21.123.627.231.334.838.8 11.7858

4.609.402.0419.823.827.330.332.334.838.342.345.849.9 4.31858

5.4011.002.04-21.825.428.430.432.936.440.443.947.9 5.74845

6.0012.402.07-20.223.726.828.831.334.838.842.346.3 6.77841

7.4015.402.08--20.123.225.227.731.235.338.842.8 9.01825

5.2011.002.12-22.025.528.530.533.136.640.644.148.1 5.39818

8.6018.402.14----21.724.227.831.835.439.4 10.7795

5.0011.002.20-22.125.728.730.733.236.740.744.248.2 5.04792

5.6012.402.21-20.524.027.129.131.635.139.142.646.6 6.09774

6.8015.402.26---20.525.628.131.735.739.243.3 8.08761

5.4012.402.30-20.624.227.2. 29.231.735.339.342.846.8 5.74735

5.2012.402.38-20.824.327.329.431.935.439.442.946.9 5.39732

4.6011.002.39-22.426.029.031.033.537.042.044.5.48.5 4.31726

6.4015.402.41--20.823.925.928.432.036.039.543.6 7.43706

5.0012.402.48-20.924.527.529.532.035.539.643.147.1 5.04703

7.4018.402.49----22.525.028.632.736.240.3 9.01681

6.0015.402.57--21.124.126.228.7·32.336.339.843.8 6.77648

4.6012.402.70-21.224.727.829.832.335.839.943.447.4 4.31646

6.8018.402.71 22.925.529.033.136.740.7.- .,.,..

8.08- ---636 5.6015.402.75--21.424.426.529.032.536.640.144.1 6.09614 5.4015.402.85--21.524.626.629.132.736.740.344.3 5.74610

6.4018.402.87---21.123.225.729.333.436.941.0 7.43591

5.2015.402.96--21.624.726.729.332.836.940.444.4 5.39570

6.0018.403.07---21.323.426.029.633.737.241.3 6.77568

5.0015.403.08--21.824.826.929.433.037.040.644.6 5.04532

5.6018.403.29---21.623.726.329.934.037.541.6 6.09522

4.6015.403.35--22.025.127.229.733.337.340.844.9 4.31513

5.4018.403.41..

21.723.826.430.034.137.741.7 5.74- --494 5.2018.403.54---21.924.026.630.234.237.841.9 5.39476

5.0018.403.68---22.024.126.730.334.437.942.0 5.04438

4.6018.404.00---22.324.427.030.634.738.242.3 4.31

SHEAVE

NUMBER OF GROOVES

DIA.

1I 2 3I4I5I64.6 5.0

SO

5.2

'12" to 1-15/16"

5.4

50S80RE

5.6

'12" to 1-15/16"SI

SHEAVES - QD BUSHINGS - V-BELTS

FOR USE ON TRACTOR PTO DRIVE ASSEMBLY

NOTE: PTO Belt Center to Center is 26~" Minimum - 34~" Maximum

DIRECTIONS FOR ORDERING

1. Determine required pump speed.

2. Determine tractor PTO speed.

3. Select components which best fit the ratio desired from oneof the following groups.

GROUP A - SHEA VE RATIO 1: 1

For pump speeds up to 540 RPM (540 PTO) or 1,000 RPM 0,000 PTO)

QTY PART IIDESCRIPTION

2

894086 4B 8.6 QD SheaveI

980309 SK I 3/8 QD BushingI

980323 SK 2 1/4 QD Bushing4

895085 B-85 V-Belt

GROUP B - SHEAVE RATIO 1.5: 1 (Overdrive)For pump speeds up to 810 RPM (540 PTO) or 1500 RPM (1000 PTO)

QTY PART 1/DESCRIPTION

1

894110 4B 11.0 QD Sheave1

894074 4B 7.4 QD Sheave1



895085 B-85 V-Belt

GROUP C - SHEA VE RATIO 2: 1 (Overdrive)For pump speeds up to 1080 RPM (540 PTO)*

QTY PART 1/DESCRIPTION

1

894110 4B 11.0 QD Sheave1

897560 5B 5.6 QD Sheave1



895085 B-85 V-Belt

*This group not recommended for 1,000 RPM.

NOTE: Drives limited to 20 HP @ 540 RPM PTO35 HP @ 1,000 RPM PTO

7-5

.r-----

All Sheaves used on PARMA Pumps are Quick Disconnect Sheaves--------------------------------------------------------------------------------------------------

Part II

Description Part IIDescription- -2 GROOVE SHEAVES

4 GROOVE SHEAVES892046

2B4.6 Sheave 8940464B4.6 Sheave

892050


892052


892054


892056


892060


892064

2B 6.4 Sheave 8940644B6.4 Sheave

892068


892074


892086


892094


892110


892124


892154


892184


894200

4B20.0 SheaveI3 GROOVE SHEAVES893046

3B4.6 Sheave 6 GROOVE SHEAVES893050


893052


893054


893056


893060


893064


893068


893074


893086


893094-


893110


893124


893154


893184

3B 18.4 Sheave 8961546B15.4 Sheave

896184

6B18.4 Sheave

896200

6B20.0 SheaveI 7-6""-':1

All Bushings Used on PARMA Pumps Are Quick Disconnect Bushings

SO BUSHING

9801+19

SO 7/8" Bushing

9801+21

SO 1" Bushing

9801+23

SO 1 1/8" Bushing

9801+27

SO 1 3/8" Bushing

9801+31

SO 1 5/8" Bushing

9801+35

SO 1 7/8" Bushing

9801+36

SO 1 15/16" Bushing

SK BUSHING980301

SK 7/8" Bushing

980303

SK 1" Bushing

980305

SK 1 1/8" Bushing

980309

SK 1 3/8"Bushing

980313

SK 1 5/8" Bushing

980317

SK 1 7/8" Bushing

980318

SK 1 15/16" Bushing

980321

SK 2 1/8" Bushing

980323

SK 2 1/4" Bushing

980325

SK 2 3/8" Bushing

Part If

980276

980278

980280

980284

980288

980292

980293

Description

SOS BUSHING

SOS 7/8" Bushing

SOS 1" Bushing

SOS 1 1/8" Bushing

SOS 1 3/8" Bushing

SOS 1 5/8" Bushing

SOS 1 7/8" Bushing

SOS 1 15/16" Bushing

Part If Oescri£tion

SF BUSHING980336

SF 7/8" Bushing

980338

SF 1" Bushing

98031+0

SF 1 1/8" Bushing

98031+1+

SF 1 3/8" Bushing

98031+8

SF 1 5/8" Bushing

980353

SF 1 15/16" Bushing

980356

SF 2 1/8" Bushing

980358

SF 2 1/1+" Bushing

980360

SF 2 3/8" Bushing

980365

SF 2 11/16" Bushing

E BUSHING980386

E 1 7/8" Bushing

980390

E 2 1/8" Bushing

980394-

E 2 3/8" Bushing

F BUSHING9801+52

F 1 7/8" Bushing

9801+53

F 1 15/16" Bushing

9801+56

F 2 1/8" Bushing

9801+60

F 2 3/8" Bushing

J BUSHING

9801+71 J 115/16" Bushing

7-7

Factory Recommendation is Use of 2 or More Belts

v - BELTS - B SIZE

7-8

Part II

895060

895068

895075

895081

895085

895090

895097

895105

895112

895120

Description

B-60 V-Belt

B-68 V-Belt

B-75 V-Belt

B-81 V-Belt

B-85 V-Belt

B-90 V-Belt

B-97 V-Belt

B-I05 V-Belt

B-112 V-Belt

B-120 V-Belt

MOTORS

OPEN DRIP PROOF

Single Phase 230 V - 1750 RP M

PART NO. DESCRIPTIONSHAFT SIZE IWEIGHT

890110

1 HP Single Phase 230V Motor7/83611

8901151.5 HP Single Phase 230V Motor7/84311

8901202 HP Single Phase 230V Motor7/84311

890130

3 HPSingle Phase 230V Motor 1 1/86111

8901505 HP Single Phase 230V Motor1 1/88111. 890175 7.5 HP Single Phase 230V Motor1 3/813711

890200

10 HP Single Phase 230V Motor1 3/8,----

NOTE: Open drip proof motors are not protected from weather and should becovered if used outside.

TOT ALL Y ENCLOSED FAN COOLED

Three Phase 230/460V - 1750 RPM

PART NO.IDESCRIPTION I FRAME

15S~:[TIWEIGHT

SIZE

890820

2 HP 3 Phase 230/460 V Motor145T7/84511

890830

3 HP 3 Phase 230/460 V Motor182T1 1/86311

890850

5 HP 3 Phase 230/460 V Motor184T1 1/87611

890875

7.5 HP 3 Phase 230/460 V Motor213T1 3/812811

890910

10 HP 3 Phase 230/460 V Motor215T1/3814011

890915

15 HP 3 Phase 230/460 V Motor254T1 5/816511

890920

20 HP 3 Phase 230/460 V Motor256T1 5/8187 If

890925

25 HP 3 Phase 230/460 V Motor284T1 7/826311

890930

30 HP 3 Phase 230/460 V Motor286T1 7/830011

890940

40 HP 3 Phase 230/460 V Motor32LiT2 1/840911

890950

50 HP 3 Phase 230/460 V Motor326T2 1/846011

g 890960

60 HP 3 Phase 230/460 V Motor364T2 3/856011

IL !8-1

IrI

I

,

8-2

MOTORS

SOFT START SINGLE PHASE 1750 RPM

OPEN DRIP PROOF(For operation from 230 Volt 60 Hertz Single Phase Low Starting Current)

This type of motor gives reliable electric horsepower on single phase lines.Available in standard sizes 7.5 HP through 60 HP.

The motor operates on single phase through a control panel which includesmatched starter and overload protection. The motor is a highly reliablepolyphase induction motor with a unique winding which allows it to be operatedon either single or three phase. The motor DOES NOT have to be rewound.To do this, simply reconnect the leads in the junction box.

All drip proof motors are rodent screened.

The Panel control is in a drip proof enclosure which incorporates the motorstarter, motor control, and overload protection.

The design of this unit has been field proven. It has been in use since 1958.This system provides the answer to many power problems when only singlephase service is available.

(NOTE: All motors listed below are 1750 RP M - Soft Start Motors)

Full

Start

LoadApprox.

Part No.

DescriptionFrameShaftAmpsAmpsWt.

890207

7.5 HP Single Phase205TZ1 3/89030103

Soft Start Motor 89021010 HP Single Phase254TZ1 5/812040117








Soft Start Motor

Delivery Time: 4 to 6 Weeks

ELECTRICAL ACCESSORIES

PUMPING PLANT STARTER

MAGNETIC STARTERS - With Heaters and Disconnect

APPROXPART #

DESCRIPTIONMAX HPWEIGHT890123 *

Size 1 - 3 Phase 230V7 1/25711Magnetic Starter 890146

ISize 1 - 3 Phase 460 VI10 I5711Magnetic Starter 890223-H ~

Size 2 - 3 Phase 230VI15 I70 IIMagnetic Starter

890246

ISize 2 - 3 Phase 460V I25 I70 f1

Magnetic Starter 890323I Size 3 - 3 Phase 230VI30 I100 II

Magnetic Starter 890346ISize 3 - 3 Phase 460V I50 I100f!

Magnetic Starter

Br ands - Square D and Toshiba

* Part Number 890123 Magnetic Starter, Size a, also used for Single Phase motorsup to 3 HP.

**Part Number 890223 Magnetic Starter, Size 2, also used for Single Phase motorsup to 7 1/2 HP by simple internal wiring change.

SOLENOID OILER

Part No,

891823891824

891846891847

Description

230V Solenoid OilerCoil for 230 V Oiler·

460V Solenoid OilerCoil for 460 V Oiler

Approx.Wt.

8-3

Documents

DESCRIPTION SECTION - Parma Companythe total dynamic head (TDH). Next, study the various performance curves found in "Performance Curves" section. Select the PARMA pump which requires